“…Emulsion separation can be achieved with small-pore films, such as electrospun polymer films, but they require external power for continuous and efficient separation. 5,6 These films require the collection of wastewater in advance, leading to increased cost and reduced efficiency. 7 The efficient use of solar energy to separate wastewater in situ through an evaporation technology is a promising method for treating oily wastewater.…”
The membrane (PP–PPy–pHR) prepared in this paper automatically switches the wettability according to the change of pH to separate oil water emulsions. It has great potential for intelligent response in oil water separation.
“…Emulsion separation can be achieved with small-pore films, such as electrospun polymer films, but they require external power for continuous and efficient separation. 5,6 These films require the collection of wastewater in advance, leading to increased cost and reduced efficiency. 7 The efficient use of solar energy to separate wastewater in situ through an evaporation technology is a promising method for treating oily wastewater.…”
The membrane (PP–PPy–pHR) prepared in this paper automatically switches the wettability according to the change of pH to separate oil water emulsions. It has great potential for intelligent response in oil water separation.
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